CN106598212A - Portable electronic device - Google Patents
Portable electronic device Download PDFInfo
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- CN106598212A CN106598212A CN201610905000.5A CN201610905000A CN106598212A CN 106598212 A CN106598212 A CN 106598212A CN 201610905000 A CN201610905000 A CN 201610905000A CN 106598212 A CN106598212 A CN 106598212A
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- 230000033001 locomotion Effects 0.000 claims abstract description 101
- 230000001186 cumulative effect Effects 0.000 claims description 26
- 238000001514 detection method Methods 0.000 claims description 14
- 241001269238 Data Species 0.000 claims description 2
- 230000000694 effects Effects 0.000 abstract description 7
- 238000000034 method Methods 0.000 description 11
- 230000037147 athletic performance Effects 0.000 description 3
- 230000033764 rhythmic process Effects 0.000 description 3
- 230000000638 stimulation Effects 0.000 description 2
- 230000001133 acceleration Effects 0.000 description 1
- 230000009286 beneficial effect Effects 0.000 description 1
- 238000010586 diagram Methods 0.000 description 1
- 238000006073 displacement reaction Methods 0.000 description 1
- 235000013399 edible fruits Nutrition 0.000 description 1
- 239000004973 liquid crystal related substance Substances 0.000 description 1
- 230000001737 promoting effect Effects 0.000 description 1
Classifications
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- G—PHYSICS
- G06—COMPUTING; CALCULATING OR COUNTING
- G06F—ELECTRIC DIGITAL DATA PROCESSING
- G06F3/00—Input arrangements for transferring data to be processed into a form capable of being handled by the computer; Output arrangements for transferring data from processing unit to output unit, e.g. interface arrangements
- G06F3/01—Input arrangements or combined input and output arrangements for interaction between user and computer
- G06F3/011—Arrangements for interaction with the human body, e.g. for user immersion in virtual reality
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- G—PHYSICS
- G06—COMPUTING; CALCULATING OR COUNTING
- G06F—ELECTRIC DIGITAL DATA PROCESSING
- G06F16/00—Information retrieval; Database structures therefor; File system structures therefor
- G06F16/60—Information retrieval; Database structures therefor; File system structures therefor of audio data
- G06F16/63—Querying
- G06F16/638—Presentation of query results
- G06F16/639—Presentation of query results using playlists
Abstract
A portable electronic device is provided. In a training playing list generating program, a processing unit calculates motion representative data according to historical motion data, wherein the motion representative data comprises a plurality of motion speeds and a plurality of motion step frequencies; aiming at each music file with the stride frequency data, the processing unit calculates a stride frequency label according to the stride frequency record of the stride frequency data and adds the stride frequency label to the music file; the processing unit also generates a plurality of preset time lengths respectively corresponding to the movement speeds according to the movement representative data; the processing unit also generates a blank playing list, and adds the music identification data into the playing list according to the exercise step frequency, the step frequency range group, the preset time length of the exercise representative data and the step frequency label of the music file, thereby enabling the playing list to accord with the exercise habit and the music preference of the user and having the effect of improving the exercise performance of the user.
Description
Technical field
The present invention relates to a kind of portable electronic devices, more particularly to a kind of portable electronic that can play music archive
Device.
Background technology
In the streets it is provided with present when the intelligent mobile phone of application-specific is available for users to motion and carries, allows user energy
In motion, while listening to music through intelligent mobile phone.The intelligent mobile phone can analyze the rhythm (beats of music archive
Per minute, BPM), and the faster music archive of rhythm is played when the exercise intensity of setting is stronger, so that user receives sound
Happy stimulation and lifter motion effect.
However, impression of each user to the rhythm speed of same music is different, same music is to user in motion
When the effect of stimulation that produces it is also different.How to allow the correlation technique for promoting athletic performance with music more to individualize, become then this
Case theme further to be inquired into.
The content of the invention
It is an object of the invention to provide a kind of portable electronic devices.
Portable electronic devices of the present invention, are suitable to carry when a user is moved, and the portable electronic devices are comprising certain
Bit location, a dynamic detection unit, a timing unit, a speaker unit, a memory element and a processing unit.The positioning unit
For calculating the current location of the portable electronic devices.The memory element is stored with multiple music archives, multiple right respectively
The music identification data of the music archive, and a cadence scope group, the cadence scope group is answered to include multiple cadence scopes.At this
Reason unit is electrically connected to the positioning unit, the dynamic detection unit, the timing unit, the speaker unit and the memory element.
In a music program, the processing unit is according to the result of calculation of the positioning unit, the dynamic detection unit
The timing result of detecting result and the timing unit calculates a movement recording and stores to a historical movement data, and the motion is recorded
Record includes multiple sequential movement velocitys and multiple sequential motion cadences, and the processing unit is also via the speaker unit
The music archive is played, and a cadence is calculated for each played music archive and noted down and store to one and correspond to
The cadence data of the music archive.
Playing list generating routine, the processing unit is trained to calculate motion representative according to the historical movement data in one
Data, the motion represent packet containing multiple sequential movement velocitys and multiple sequential motion cadences；For each
Music archive with the cadence data, the processing unit calculate a cadence mark according to the cadence record of the cadence data
Sign, and the cadence label is made an addition to into the music archive；The processing unit represents data always according to the motion and produces multiple difference
The scheduled time length of the correspondence movement velocity；The processing unit also produces the playing list of a blank, and according to the motion
The motion cadence, the cadence label of the cadence scope group, the scheduled time length and the music archive of data are represented,
The music identification data is added into the playing list.
In some enforcement aspects, in the music program, for each played music archive, the processing unit
One speed record is calculated according to the result of calculation of the positioning unit and is stored to a speed data for corresponding to the music archive.
In the training playing list generating routine, the processing unit calculates a pair for each music archive with speed data
In the translational speed of the music archive, and a priority rope for corresponding to the music archive should be produced according to the translational speed
Draw, the priority is indexed and the translational speed of the music archive has positive correlation.The processing unit is preferential suitable always according to this
The size of sequence index determines the playing sequence of the music identification data in the playing list.
In some enforcement aspects, in the music program, when the played time span of played music archive
A predetermined broadcasting ratio is reached with the ratio of the full time length of played music archive, the processing unit is just directed to the quilt
The music archive of broadcasting calculates the speed record.
In some enforcement aspects, in the music program, it is played to up to the predetermined broadcasting ratio for each
Music archive, the processing unit are to terminate received between time scale being somebody's turn to do for a predetermined start time scale and one are predetermined
The result of calculation of positioning unit calculates the speed record.
In some enforcement aspects, described portable electronic devices are also comprising an input for being electrically connected to the processing unit
Unit, in the music program, for each played music archive, the processing unit can be received via the input block
One is just commenting instruction, and the processing unit just comments instruct renewal one corresponding to the music archive just to comment cumulative number according to this.This is excellent
First sequential index is corresponding with the music archive just to comment cumulative number to have positive correlation.
In some enforcement aspects, in the music program, for each played music archive, the processing unit
A skip instruction can be received via the input block, the processing unit is skipped corresponding to this according to skip instruction renewal one
Music archive skips cumulative number.The priority is indexed skips cumulative number with negative correlation with this.
In some enforcement aspects, the music identification data is added into the broadcasting in the training playing list generating routine
In the step of inventory, the processing unit be sequentially judge the motion represent data in each motion cadence fall in the cadence model
In the one of which enclosed, and the order according to the motion cadence and the cadence label is fallen according to the scheduled time length
The music identification data of the wherein music archive of a cadence scope adds the playing list.
The present invention beneficial effect be：Motor habit, music happiness by the music programmed learning user
The good and corresponding exercise intensity of music, and it is clear to produce broadcasting according to aforementioned information by training playing list generating routine
It is single, the playing list can be allowed to meet the motor habit of user, musical taste, and the effect with enhancement user athletic performance
Really.
Description of the drawings
Fig. 1 is a hardware annexation schematic diagram of an embodiment of portable electronic devices of the present invention；
Fig. 2 is the flow chart that the embodiment performs a learning music inventory generating routine；
Fig. 3 A～3B is the flow chart that the embodiment performs a music program；And
Fig. 4 A～4B is that the embodiment performs a flow chart for training playing list generating routine.
Specific embodiment
Below in conjunction with the accompanying drawings and embodiment the present invention is described in detail.
Refering to Fig. 1, the embodiment of portable electronic devices of the present invention 100, be suitable to a user (not shown) in motion when
Carry, portable electronic devices 100 include locating unit 1, a dynamic detection unit 2, a timing unit 3, a speaker unit
4th, a memory element 5, an input block 6, a display unit 7, and a processing unit 8, processing unit 8 are electrically connected to positioning unit
1st, dynamic detection unit 2, timing unit 3, speaker unit 4, memory element 5, input block 6 and display unit 7.
Positioning unit 1 can calculate the current location of portable electronic devices 100 according to gps satellite signal.Dynamic detection
Unit 2 is used for the dynamic for detecting portable electronic devices 100, and the dynamic detection unit 2 of the present embodiment includes acceleration sensing meter
And gyroscope.Memory element 5 is stored with multiple music archives, and multiple music recognition numbers for corresponding to the music archive respectively
According to.Input block 6 includes a touch-control Slab element and multiple buttons in the present embodiment.Display unit 7 is a liquid crystal in the present embodiment
Display unit.Processing unit 8 can calculate the displacement of portable electronic devices 100 according to the result of calculation of positioning unit 1,
And the timing result of timing unit 3 of arranging in pairs or groups calculates the translational speed of portable electronic devices 100；Additionally, processing unit 8 can also
The step (Step) of the user, and the timing knot of timing unit 3 of arranging in pairs or groups are calculated according to the detecting result of dynamic detection unit 2
Fruit calculates the cadence of the user, the cadence of indication of the present invention, is the step number in the unit interval, such as step number per minute
(Steps per minute).Additionally, processing unit 8 can also play music archive via speaker unit 4.In the present embodiment can
Portable electronic apparatus 100 are an intelligent mobile phone, but are not limited.
Fig. 2 shows that portable electronic devices 100 perform the process step of a learning music inventory generating routine.First, such as
Shown in step S11, processing unit 8 produces the music inventory of a blank.Then, as shown in step S12, processing unit 8 is by a sound
Happy identification data adds music inventory.In the present embodiment, processing unit 8 is to choose a wherein music recognition in a random way
Data, and the music identification data is added into music inventory, but processing unit 8 chooses the mode of music identification data not with this reality
Apply example to be limited.Then, as shown in step S13, processing unit 8 judges whether the music inventory cumulative time reaches a predetermined motion
Time, if it is not, then execution step S12, if so, then flow process terminates.That is, processing unit 8 can be persistently by music recognition number
According to music inventory is added, it is not less than the predetermined movement time until the music inventory cumulative time.Produce in the learning music inventory
This is produced then after raw EP (end of program) for learning the music inventory of user sports tendency.Set the music recognition of the music inventory
The number of data is M.
Fig. 3 A～3B shows that portable electronic devices 100 perform the process step of a music program.The music
Program could be for broadcasting, and this is used to learn the music inventory of user sports tendency, or broadcasts for playing a training
Put the playing list produced by inventory generating routine (seeing Fig. 4 A～4B).This paragraph is the explanation as a example by playing the music inventory
The method of study user sports tendency.First, as stated in step s 31, processing unit 8 makes count parameter m=1.Then, such as
Shown in step S32, processing unit 8 starts via the corresponding music archive of m-th music identification data of broadcasting of speaker unit 4.Connect
, as shown in step S33, processing unit 8 updates plays cumulative number P (for example corresponding to the one of the played music archive
The value of P is added 1, i.e. P=P+1).
Then, as shown at step s 34, processing unit 8 judges whether that receiving one skips (skip) instruction, if it is not, then holding
Row step S38.Step S38 is that processing unit 8 judges that the music archive is finished, if it is not, then execution step S34 again, if
It is, then execution step S39.On the other hand, when the judged result of step S34 is yes, then execution step S35, step S35 is to process
Unit 8 judges whether the reproduction time of the music archive being skipped reaches a predetermined broadcasting ratio, in the present embodiment, processes
Unit 8 judges the full time length of the music archive that the played time span of the music archive that this is skipped is skipped with this
Ratio whether reach 2/3.When the judged result of step S35 is yes, then execution step S39, when the judged result of step S35 is
It is no, then execution step S36.Step S36 is that processing unit 8 updates and skips accumulative time corresponding to the one of the played music archive
Number K (value of K being added 1 for example, i.e. K=K+1).Then, as shown in step S37, processing unit 8 is taken with another music identification data
For m-th music identification data of the music inventory.
Step S39 is processing unit 8 according to the music archive positioning result of positioning unit 1 and timing during played
The timing result of unit 3 calculates a speed record (being average speed in the present embodiment), and by the speed record store to
One speed data for corresponding to the music archive.Portable electronic devices 100 often perform a music program and just produce one
Speed record is simultaneously stored into speed data.
In step S39, detecting of the processing unit 8 always according to music archive dynamic detection unit 2 during played
As a result and the timing result of timing unit 3 calculates cadence record (being average cadence in the present embodiment), and by the cadence
Record is stored to the cadence data for corresponding to the music archive.Portable electronic devices 100 often perform a music journey
Sequence just produces a cadence and notes down and store into cadence data.
In the present embodiment, processing unit 8 is to be played in a predetermined start time scale (for example according to the music archive
1/3) and one it is predetermined terminate between time scale (such as 2/3) during positioning unit 1 positioning result and the timing of timing unit 3
As a result, the speed record is calculated, and the predetermined start time scale and the predetermined termination is played according to the music archive
The timing result of the detecting result of dynamic detection unit 2 and timing unit 3 during between time scale, calculates the cadence and records
Record.For example, if the full time length of the music archive is 3 minutes, processing unit 8 is broadcast according to the music archive
During being put in 1～2 minute, the timing result of the positioning result and timing unit 3 of positioning unit 1, calculates the speed record, and
The timing knot of the detecting result and timing unit 3 of dynamic detection unit 2 during being played in 1～2 minute according to the music archive
Really, calculate the cadence to note down.
Then, as shown in step S40, processing unit 8 judges whether count parameter m reaches M, that is, judge whether music inventory
In all music identification datas be all played, if so, then execution step S42, if otherwise execution step S41.Step S41 is
Count parameter m is added 1, i.e. m=m+1, then, execution step S32.
Step S42 is that processing unit 8 stores a movement recording to a historical movement data.The movement recording is comprising more
Individual movement velocity and multiple motion cadences.The movement velocity is per unit distance (such as km) portable electronic devices 100
Translational speed representative value (takes average speed for speed representation value) in the present embodiment.The motion cadence is per unit distance (example
Such as km) the cadence representative value (average cadence is taken in the present embodiment for cadence representative value) of user.If each movement recording
The number of movement velocity/motion cadence is N.Portable electronic devices 100 often perform a music program and just produce one
Movement recording is simultaneously stored into historical movement data.Shown in the historical movement data side of being exemplified below table one.
Table one
Then, as shown in step S43, processing unit 8 is received via input block and just comments finger for music archive out of the ordinary
Order.Finally, as shown in step S44, processing unit 8 according to just comment instruction update just commenting corresponding to each played music archive
Cumulative number L.Step S43 and S44 be for user feedback allow its be satisfied with music archive, and with just comment cumulative number L count.
Fig. 4 A～4B shows that portable electronic devices 100 perform a process step for training playing list generating routine.It is first
First, as shown in step S51, processing unit 8 calculates a motion according to the historical movement data and represents data (profile).Should
Motion represents packet containing N number of movement velocity and N number of motion cadence.Motion represent the movement velocity of data be per unit away from
From the translational speed representative value (average speed is taken in the present embodiment for speed representation value) of (such as km) movement recording.Motion
The motion cadence for representing data is the cadence representative value of per unit distance (such as km) described movement recording (in the present embodiment
Average cadence is taken for cadence representative value).Lower section table two citing one motion represent data, wherein, the movement velocity of 0～1km
9.25km/hr is that movement velocity 9.0km/hr of the 1st 0～1km of movement recording in historical movement data and the 2nd motion are recorded
Movement velocity 9.5km/hr of 0～1km of record is averagely obtained；Motion cadence 138steps/min of 0～1km is by historical movement again
The motion step of motion cadence 135steps/min of the 1st 0～1km of movement recording and the 2nd 0～1km of movement recording in data
Frequency 141steps/min is averagely obtained；The calculation of movement velocity and motion cadence as 1～2km and 2～3km is ibid.
| (N=3) | 0～1km | 1～2km | 2～3km |
| Movement velocity | 9.25km/hr | 11.15km/hr | 10.1km/hr |
| Motion cadence | 138steps/min | 164steps/min | 149steps/min |
Table two
Then, as shown in step S52, there is the music archive of cadence data for each, processing unit 8 is according to the step
The cadence record of frequency evidence calculates a cadence label, and the cadence label is made an addition to the music archive.In the present embodiment,
The cadence label is the meansigma methodss of the cadence record of the cadence data.
Then, as shown in step S53, processing unit 8 calculates an inventory according to N number of movement velocity that motion represents data
Time span data, the inventory time span packet is containing 2N predetermined accumulative reproduction time.In more detail, processing unit 8
Each movement velocity that data are represented for motion calculates a scheduled time length of per unit distance (such as km)；And according to one
Each scheduled time length is divided into two sliced time length by scheduled time ratio, and the scheduled time ratio in the present embodiment is 7：
3；And the sliced time length is added up item by item, produce 2N predetermined accumulative reproduction time.During one inventory of citing of table three of lower section
Between length data.
Table three
Then, as shown in step S54, for each music archive with speed data, processing unit 8 is according to the music
An at least speed record of the speed data of archives calculates translational speed S for corresponding to the music archive, in the present embodiment
In, translational speed S is the meansigma methodss of speed record.
Then, as shown in step S55, for each music archive with translational speed S, processing unit 8 is moved according to which
Dynamic speed S, cumulative number L is just being commented, cumulative number K is being skipped and is playing cumulative number P one is being calculated corresponding to the music archive
Priority indexes Δ.Priority indexes Δ and translational speed S and is just commenting cumulative number L to have positive correlation, and tired with skipping
Metering number K has negative correlation, in the present embodiment, Δ=S+ α (L-K)/P, wherein, α is a weight coefficient, is moved for representing
The weight relationship of dynamic speed and user degree of liking.For example, work as S=9.4, α=2, L=1, K=2, P=5, then Δ=
9.4+2 (1-2)/5=9.
Then, as shown in step S56, processing unit 8 produces the blank playing list of a training.Then, such as step S57
Shown, processing unit 8 makes count parameter n=1, count parameter p=1.
Then, as shown in step S58, processing unit 8 is prioritized to index the size of Δ and adds a music identification data
Enter playing list.The more detailed step of step S58 is described as follows.Memory element 5 is stored with a cadence scope group, cadence scope group
Comprising multiple cadence scopes.The lower section one cadence scope group of citing of table four.Processing unit 8 first judges that motion is represented p-th in data
Which cadence is motion cadence fall in the range of, then not yet added the corresponding music shelves of music identification data of the playing list
In the middle of case, cadence label falls in the range of same cadence and priority indexes the music identification data of the maximum music archive of Δ
Add the playing list.For example, refering to lower section table five, processing unit 8 judges that motion represents the 1st motion cadence in data
(138steps/min) fall in the 3rd velocity interval (120～139steps/min), then not yet added the playing list
In the middle of the corresponding music archive of music identification data, cadence label is also fallen within the 3rd velocity interval and priority index Δ
The music identification data of maximum music archive adds the playing list.
Table four
Table five
Then, as shown in step S59, processing unit 8 judges whether the playing list cumulative time reaches n-th and make a reservation for tire out
Meter reproduction time, if it is not, then execution step S58 again, if so, then execution step S60.Step S60 is to add 1 by count parameter n,
That is n=n+1.
Then, as shown in step S61, a music identification data without priority index is randomly added by processing unit 8
Enter playing list.Then, as shown in step S62, processing unit 8 judge the playing list cumulative time whether reach n-th it is pre-
Surely add up reproduction time, if it is not, then execution step S61 again, if so, then execution step S63.
Step S63 is that processing unit 8 judges whether count parameter n reaches 2N, if it is not, then execution step S64.Step S64
That count parameter n and p are added 1, i.e. n=n+1, p=p+1.Then execution step S58 again.On the other hand, if step S63
Judged result is yes, then flow process terminates.
Portable electronic devices 100 perform such as Fig. 3 A～3B music journeys after completing to train playing list generating routine
Sequence, and the playing list produced by the training playing list generating routine is played in this execution music program, for making
User is while motion, listens to the music archive that portable electronic devices 100 play the playing list.In training playing list
In generating routine, data, cadence scope group and cadence label are represented according to motion by processing unit 8 and produces playing list, should
Playing list can meet the motor habit of user；And Δ sequence playing list is indexed according to priority by processing unit 8,
And priority index Δ has positive correlation with translational speed S of music archive, therefore the playing list has lifting user
The effect of athletic performance, furthermore, Δ is indexed by the priority and just commenting cumulative number L that there is positive correlation with this, therefore this is broadcast
Put inventory and there is the effect for meeting user hobby, allow the music archive that user is liked preferentially to play, additionally, preferential by this
Sequential index Δ is skipped cumulative number K with this and has negative correlation, therefore the playing list can allow user tired of listening or not be suitable for
The sequence of the music archive of this exercise intensity is backward.
Additionally, by according to scheduled time ratio (7:3) the music shelves that Δ is indexed without priority are added in playing list
The identification data of case, can allow the song that was not played to be played, and while produce the broadcasting cumulative number P of the music archive,
Skip cumulative number K, just comment the data such as cumulative number L and speed record.
Supplementary notes, in another enforcement aspect, in the music program, processing unit 8 further determines whether Jing
One assisted instruction or a deceleration instruction are received by input block 6, when processing unit 8 receives the assisted instruction, processing unit 8
Replaced with the music identification data of the higher music archive of the cadence of another cadence label representative and broadcast in music/playing list
The corresponding music identification data of music archive put；When processing unit 8 receives the deceleration instruction, processing unit 8 is with another step
The music that the music identification data of the lower music archive of cadence that frequency marking label are represented is being played in replacing music/playing list
The corresponding music identification data of archives.
In sum, portable electronic devices of the present invention 100 are practised by the motion of the music programmed learning user
Used, musical taste and the corresponding exercise intensity of music, and produced according to aforementioned information by training playing list generating routine
Raw playing list, can allow the playing list meet the motor habit of user, musical taste, and have enhancement user motion
The effect of performance, therefore the purpose of the present invention can be reached really.
Claims (7)
1. a kind of portable electronic devices, are suitable to carry when a user is moved；It is characterized in that：The portable electronic devices bag
Contain：
Locating unit, for calculating the current location of the portable electronic devices；
One dynamic detection unit；
One timing unit；
One speaker unit；
One memory element, multiple music archives that are stored with, multiple music identification datas for corresponding to the music archive respectively, and one
Cadence scope group, the cadence scope group include multiple cadence scopes；And
One processing unit, be electrically connected to the positioning unit, the dynamic detection unit, the timing unit, the speaker unit and this deposit
Storage unit；
In a music program, result of calculation of the processing unit according to the positioning unit, the detecting of the dynamic detection unit
And the timing result of the timing unit calculates a movement recording and stores to a historical movement data, the movement recording bag as a result
Also play via the speaker unit containing multiple sequential movement velocitys and multiple sequential motion cadences, and the processing unit
The music archive, and calculate a cadence for each played music archive and note down and store to one corresponding to the sound
The cadence data of happy archives；
Playing list generating routine, the processing unit is trained to calculate a motion according to the historical movement data and represent number in one
According to the motion represents packet containing multiple sequential movement velocitys and multiple sequential motion cadences；For each tool
There is the music archive of the cadence data, the processing unit calculates a cadence label according to the cadence record of the cadence data,
And the cadence label is made an addition to into the music archive；The processing unit represents data always according to the motion and produces and multiple corresponds to respectively
The scheduled time length of the movement velocity；The processing unit also produces the playing list of a blank, and is represented according to the motion
The motion cadence of data, the cadence label of the cadence scope group, the scheduled time length and the music archive, by institute
State music identification data and add the playing list.
2. portable electronic devices according to claim 1, it is characterised in that：In the music program, for each
Played music archive, the processing unit calculate a speed record according to the result of calculation of the positioning unit and store to one
Corresponding to the speed data of the music archive；
In the training playing list generating routine, the processing unit is calculated for each music archive with speed data
One translational speed for corresponding to the music archive, and a priority for corresponding to the music archive is produced according to the translational speed
Index, the priority is indexed and the translational speed of the music archive has positive correlation；
The processing unit determines the broadcasting of the music identification data in the playing list always according to the size that the priority is indexed
Sequentially.
3. portable electronic devices according to claim 2, it is characterised in that：In the music program, when played
The played time span of music archive and the ratio of full time length of played music archive reach one and predetermined broadcast
Ratio is put, the processing unit just calculates the speed record for the played music archive.
4. portable electronic devices according to claim 3, it is characterised in that：In the music program, for each
The music archive up to the predetermined broadcasting ratio is played to, the processing unit is made a reservation for one for a predetermined start time scale
The result of calculation for terminating the received positioning unit between time scale calculates the speed record.
5. portable electronic devices according to claim 1, it is characterised in that：Described portable electronic devices are also included
One input block for being electrically connected to the processing unit, in the music program, for each played music archive, at this
Reason unit can receive one via the input block and just comment instruction, and the processing unit just comments instruction to update one corresponding to the sound according to this
Happy archives just comment cumulative number；
In the training playing list generating routine, the processing unit has for each just comments the music archive of cumulative number to produce
Raw priority index, priority index is corresponding with the music archive is just commenting cumulative number to have positive correlation for this；
The processing unit determines the broadcasting of the music identification data in the playing list always according to the size that the priority is indexed
Sequentially.
6. portable electronic devices according to claim 1, it is characterised in that：Described portable electronic devices are also included
One input block for being electrically connected to the processing unit, in the music program, for each played music archive, at this
Reason unit can receive a skip instruction via the input block, and the processing unit updates one according to the skip instruction and corresponds to the quilt
The music archive skipped skips cumulative number；
In the training playing list generating routine, there is for each the processing unit music archive for skipping cumulative number to produce
Raw priority index, the priority is indexed skips cumulative number with negative correlation with this；
The processing unit determines the broadcasting of the music identification data in the playing list always according to the size that the priority is indexed
Sequentially.
7. portable electronic devices according to claim 1, it is characterised in that：Will in the training playing list generating routine
In the step of music identification data adds the playing list, the processing unit is that sequentially to judge that the motion is represented every in data
One motion cadence falls in the one of which of the cadence scope, and the order according to the motion cadence and according to described pre-
The music identification data that the cadence label falls in the wherein music archive of a cadence scope is added this to broadcast by length of fixing time
Put inventory.
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| TW104134232 | 2015-10-19 | ||
| TW104134232A TWI590241B (en) | 2015-10-19 | 2015-10-19 | Portable electronic device |
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| CN106598212A true CN106598212A (en) | 2017-04-26 |
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| CN201610905000.5A Pending CN106598212A (en) | 2015-10-19 | 2016-10-18 | Portable electronic device |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN113692246A (en) * | 2019-02-18 | 2021-11-23 | 伯斯有限公司 | Dynamic masking from snore sources |
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Also Published As
| Publication number | Publication date |
|---|---|
| TW201715515A (en) | 2017-05-01 |
| TWI590241B (en) | 2017-07-01 |
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